Using a diagram similar to those provided, describe how serial dilutions and the Standard Plate Count (SPC) allow a scientist to determine original bacterial numbers during an experiment. Include any...


Using a diagram similar to those provided, describe how serial dilutions and the Standard Plate Count (SPC) allow a<br>scientist to determine original bacterial numbers during an experiment. Include any calculations that would be<br>relevant.<br>

Extracted text: Using a diagram similar to those provided, describe how serial dilutions and the Standard Plate Count (SPC) allow a scientist to determine original bacterial numbers during an experiment. Include any calculations that would be relevant.
Volume of culture<br>Start<br>transferred for<br>**<br>time<br>serial dilution<br>A<br>B<br>Volume of sterile<br>900 µL 900 µL 900 µL 900 µL<br>water added to<br>each tube prior to<br>the transfer of<br>bacteria<br>Bacterial 9.9 mL<br>culture broth at<br>°C<br>Volume of the<br>diluted sample<br>plated<br>20 µL<br>20 µL<br>20 µL<br>20 µL<br>Plate A<br>Plate B<br>Plate C<br>Plate D<br>**Repeat this transfer at various time points into a new set of tubes<br>

Extracted text: Volume of culture Start transferred for ** time serial dilution A B Volume of sterile 900 µL 900 µL 900 µL 900 µL water added to each tube prior to the transfer of bacteria Bacterial 9.9 mL culture broth at °C Volume of the diluted sample plated 20 µL 20 µL 20 µL 20 µL Plate A Plate B Plate C Plate D **Repeat this transfer at various time points into a new set of tubes

Jun 11, 2022
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